-atoms in motion; basic physics; the relation of physics to other sciences; conservation of energy; time and distance; probability; the theory of gravitation; motion; newton's laws of dynamics; conservation of momentum; vectors; characteristics of force; work and potential energy; the special theory of relativity; relativistic energy and momentum; space-time; rotation in two dimensions; center of mass. moment of inertia; rotation in space; the harmonic oscillator; algebra; resonance; transients; linear systems and review; optics:the principle of least time; geometrical optics; electromagnetic radiation; interference; diffraction; the origin of the refractive index; radiation damping. light scattering; polarization; relativistic effects in radiation; color vision; mechanisms of seeing; quantum behavior; the relation of wave and particle viewpoints; the kinetic theory of gases; the principles of statistical mechanics; the brownian movement; applications of kinetic theory; diffusion; the laws of thermodynamics; illustrations of thermodynamics; ratchet and pawl; the wave equation; beats; modes; harmonics; waves; symmetry in physical laws-

vol2

-electromagnetism; differential calculus of vector fields; vector integral calculus; electrostatics; applications of gauss' law; the electric field in various circumstances; electrostatic energy; electricity in the atmosphere; dielectrics; inside dielectrics; electrostatic analogs; magnetostatics; the magnetic field in various situations; the vector potential; induced currents; the laws of induction; the maxwell equations; the principle of least action; solutions of maxwell's equations in free space; solutions of maxwell's equations with currents and charges; AC circuits; cavity resonators; waveguides; electrodynamics in relativistic notation; lorentz transformations of the fields; field energy and field momentum; electromagnetic mass; the motion of charges in electric and magnetic fields; the internal geometry of crystals; tensors; refractive index of dense materials; reflection from surfaces; the magnetism of matter; paramagnetism and magnetic resonance; ferromagnetism; magnetic materials; elasticity; elastic materials; the flow of dry water; the flow of wet water-

vol3

-quantum behavior; the relation of wave and particle viewpoints; probability amplitudes; identical particles; spin one; spin one-half; the dependence of amplitudes on time; the hamiltonian matrix; the ammonia maser; the other two-state systems; more two-state systems; the hyperfine splitting in hydrogen; propagation in a crystal lattice; semiconductors; the independent particle approximation; the dependence of amplitudes on position; symmetry and conservation laws; angular momentum; the hydrogen atom and the periodic table; operators; the schrödinger equation in a classical context: a seminar on superconductivity; feynman's epilogue-